Scotch® 214 High Performance Masking Tape 2"W x 60 Yards 5.8 Mil Tan 7000048397 - Pkg Qty 24

This item is NOT returnable.

Scotch® high temperature masking tape 214 was designed specifically to be one of the few tapes that can be used on copper silver and other metals. The heavy crepe paper backing is treated to provide excellent stain resistance and the adhesive can be used on most treated metals due to the firmness of its adhesive. This tape has proven to not tarnish copper or brass or stain metals. Top-notch performance on treated metals in high heat scotch® high temperature masking tape 214 has proven to perform very well in high heat applications and on stain sensitive surfaces including copper silver other metals and white paints. It generally removes cleanly following bake cycles up to 350°f/177°c for 30 minutes. The crepe paper backing tears easily and offers moderate conformability and lifts off cleanly. The synthetic rubber adhesive also bonds well to paper metal wood and painted surfaces to resist lifting and curling. Under normal operating conditions the tape features one-piece removal and is sliver resistant. What is masking tape masking tape was developed specifically to help protect surrounding surfaces from overspray provide clean paint lines and remove easily and cleanly when finished. Masking tapes from 3m™ adhere well resist solvents or water from the paint and are strong enough to hang plastic sheeting yet remove cleanly without damaging the subsurface. The backing typically crepe paper can conform to curved and irregular surfaces. The tape hand tears for tool-free application. Features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" exceptional non-staining performance on copper silver and other metals high temperature resistance for paint-bake applications synthetic rubber adhesive has moderate adhesion and high heat resistance crepe paper backing provides easy hand tearing recommended applications ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" applications involving sensitive metals and delicate su

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